Papers
2
Total Citations
21
H-Index
1
About
Shiying Zhao is a rising leader in soft robotics and continuum manipulator control, with research centered on the precise modeling and robust trajectory tracking of pneumatic and magnetically-actuated flexible systems. Her most cited work, “Modified Three-Element Modeling and Robust Tracking Control for a Planar Pneumatic Soft Actuator” (2022, 20 citations), introduces a refined viscoelastic model for a custom pneumatic bellow actuator (PBA), enabling high-fidelity simulation and robust position control critical for safe human-robot interaction. Building on this foundation, her 2025 paper pioneers a novel continuum robot design that integrates magnetic spacer disks with soft drives, achieving flexible yet controllable multi-segment motion. This work addresses a key challenge in continuum robotics—balancing structural compliance with precise endpoint tracking—and has already garnered early citations for its innovative hybrid approach. Zhao’s contributions are shaping next-generation soft robots for medical and industrial applications, where adaptability and accuracy are paramount. Her ability to bridge theoretical modeling with practical control solutions marks her as a promising voice in the field, with potential for significant future impact as soft robotics moves toward real-world deployment.
Research Focus
Key Achievements
Top Papers
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